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#Vectorquantity Reel by @riggest1 - 🧭Force Vector Training- Why the Direction of Load Changes Everything: 🏋️‍♂️Most athletes think about how much they're lifting. Elite coaches think
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@riggest1
🧭Force Vector Training- Why the Direction of Load Changes Everything: 🏋️‍♂️Most athletes think about how much they’re lifting. Elite coaches think about which direction the force is being applied- and why that distinction determines the specificity of your athletic adaptation. 📐Every movement your body produces has a dominant force vector; the direction in which ground reaction force or external load is being applied relative to your body. 🧬Training adaptations are highly specific to the vector under which they’re developed. This is not a minor variable. It is one of the most fundamental principles of transfer of training. ⬆️➡️Research by Brughelli et al. (Journal of Strength and Conditioning Research, 2008) demonstrated that horizontal and vertical force production are largely independent qualities; meaning an athlete who is highly developed in the vertical plane (squats, deadlifts, etc.) may be significantly undertrained in the horizontal plane (acceleration, change of direction, etc.) despite moving large loads in the gym. This has enormous implications for speed and power development. 💥I am not demonizing movements- I still occasionally squat and deadlift…I just understand their limitations and possible implications to performance. 🏃🏻‍♂️Morin et al. (Journal of Applied Biomechanology, 2011) demonstrated that sprint acceleration performance is more strongly correlated with horizontal ground reaction force production than vertical force; meaning athletes who train exclusively in the vertical vector are leaving significant speed adaptation on the table regardless of how strong their squat is. 🚀This is one reason I highly recommend integrating my Smith Rack Block Start ISO and dynamic variations (and understanding the rationale behind it)- it’s available via the Programming link in my bio. 🥇Force vector awareness is built into every phase of my Elite Athleticism and Aesthetics Program- because strength that doesn't transfer to the field, court or platform isn't elite strength. It's just numbers. 🗣️Danny Lum 💬Continued in comments… ⚔️🛡️Comment or DM “PROGRAM” to get my Elite Athleticism and Aesthetics Program as well as many others!
#Vectorquantity Reel by @michaelsmith_7 - All movements involve an isometric phase when the external resistance is initially overcome. In plyometric actions this is typically called the amorti
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@michaelsmith_7
All movements involve an isometric phase when the external resistance is initially overcome. In plyometric actions this is typically called the amortization phase which is the length of transition between eccentric and concentric motion. The length of explosive isometric contraction depends on the amount of external resistance overcome. A maximal deadlift has a longer time of isometric contraction than a vertical jump because more force is required to overcome the weight. In this exercise explosive isometrics are being used to build better deceleration capabilities at the shoulder. The external rotators must generate a powerful explosive isometric contraction to decelerate the arm and co-contraction near layback likely helps stabilize that position. The high acceleration from the pendulum generates an explosive isometric contraction at similar joint angles to throwing with forces that approximate the rate and magnitude of the throw much better than slower eccentric loading. Slow eccentrics would serve as a useful preparatory exercise.
#Vectorquantity Reel by @drjustinfarnsworth (verified account) - Most programs only train one end of the force-velocity curve. Heavy. Slow. Grinding. That builds strength at heavy and slow. It does almost nothing fo
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@drjustinfarnsworth
Most programs only train one end of the force-velocity curve. Heavy. Slow. Grinding. That builds strength at heavy and slow. It does almost nothing for the ability to express that strength quickly — which is what actually matters in sport, in life, and when you’re trying to break through a plateau. Rate of force development is how fast you can produce force. Not how much you can eventually get to — how fast you get there. In most athletic movements you have 100 to 200 milliseconds to express strength. If your nervous system can’t access force fast enough, it doesn’t matter how strong you are. Band assisted jumps are intentional overspeed training. The bands reduce effective bodyweight, allowing velocities beyond what’s possible unassisted. That supramaximal stimulus forces the nervous system to fire at rates it can’t normally access — increasing motor unit discharge rate and teaching the system to be faster. Four weeks of assisted jump training produced significant improvements in jump height, eccentric quad strength, and postural stability with less volume than traditional programs. (Vetrovsky et al., J Aging Phys Act 2020) Programs combining strength AND power training consistently outperform programs that train either quality alone. Exclusive heavy training can actually reduce contractile velocity over time. (Cormie et al., Sports Med 2011) You don’t always need to lift more to lift more. Sometimes you need to learn how to move faster. this is one of the cheat codes I use to program with my clients to help them break through pain, plateaus and get stronger than ever. Sometimes it’s about doing “less” in one physical characteristic and doing more in another. #jump #power #athletic #fitness #coach
#Vectorquantity Reel by @ng.strength - Argue full vs partial range of motion all you want. Where you get strong is where you get comfortable moving. Where you're comfortable moving is wh
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@ng.strength
Argue full vs partial range of motion all you want. Where you get strong is where you get comfortable moving. Where you’re comfortable moving is where you’re going to move often. Get strong through a big range of motion, and you’ll be comfortable moving through a big range of motion - which opens up more movement strategies to solve a wider variety of problems. Get strong exclusively in small ranges, and that’s the only place you’ll be comfortable moving - which closes doors on a whole range of movement strategies. There’s a place for max strength in small ranges, but you should be capable of accessing both.
#Vectorquantity Reel by @gb.fitness410 - What are isometric exercises? 🎯 Muscles generate force without changing length or moving the joint (think planks, wall sits, or holding the bottom o
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@gb.fitness410
What are isometric exercises? 🎯 Muscles generate force without changing length or moving the joint (think planks, wall sits, or holding the bottom of a squat)—are highly valuable for athletes across sports, even though they involve no visible movement. There are two groups of isometrics: 🎯 The “Hold” (Yielding): Resisting a force to stay still (e.g., holding a Plank). 🎯 The “Push” (Overcoming): Pushing against an immovable object (e.g., pushing as hard as you can against a brick wall). Why are isometric exercises important? 🎯 Strength gains at specific joint angles: Isometrics produce superior strength improvements at the exact position trained (joint-angle specific strength). This helps athletes overcome **sticking points** in movements. 🎯 Improved rate of force development (RFD) and explosive power: High-intensity isometrics recruit motor units very efficiently and rapidly. This boosts how quickly an athlete can generate force—critical for sprinting, jumping, changing direction, throwing, or striking. Many sports rely on fast, brief isometric-like contractions during ground contact or stabilization phases. 🎯 Enhanced tendon stiffness and resilience: Isometrics (especially longer holds at high intensity ≥70% max) are one of the best ways to increase tendon stiffness. Stiffer tendons improve energy storage/return (better running economy, jump height, sprint efficiency) and reduce injury risk in high-load tissues like patellar or Achilles tendons. 🎯 Better stability, core control, and posture under load: Almost every athletic movement combines dynamic actions with isometric stabilization (e.g., core bracing during a cut, hip stabilizers during sprinting, or shoulder stabilizers during throwing). Isometrics train the ability to resist unwanted movement and maintain position under force—directly improving postural control and reducing energy leaks. 🎯 Lower fatigue and recovery-friendly training: Compared to heavy eccentric or high-volume dynamic work, isometrics cause less muscle damage and soreness while still driving neuromuscular adaptations and strength. #isometrics #sportscience #legday
#Vectorquantity Reel by @shanemiller3 - An isometric hold is when you hold a position under tension without movement-like holding against rack pins or shoulders pulled back. In that moment,
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@shanemiller3
An isometric hold is when you hold a position under tension without movement—like holding against rack pins or shoulders pulled back. In that moment, your muscles fire hard to stabilize the joints, increase motor unit recruitment, and build strength at specific angles. Your body learns to create tension, improve joint integrity, and resist collapse under load. For athletes, this means better control, stronger positions, reduced injury risk, and more power when it’s time to move explosively.
#Vectorquantity Reel by @arbletic - Whether it be in sport or day to day activity, movement is three-dimensional. Our bodies are designed to move in multiple ways. There are three major
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@arbletic
Whether it be in sport or day to day activity, movement is three-dimensional. Our bodies are designed to move in multiple ways. There are three major movement planes that you must be targeting in your workouts. Here’s a simple guide to understanding well-rounded training: Sagittal Plane - forward and backward movements (i.e squats, rows, chin-ups) Frontal Plane - side to side movements (ie lateral lunges, lateral raises, Cossack squats) Transverse Plane - twisting/rotational movements (i.e cable core rotations, wood chops, Russian twists) Are you training through all planes of motion? Remember this, more planes = more gains.
#Vectorquantity Reel by @jordan_efitness - It doesn't always manifest itself in terms of structural changes or typical output driven metrics but it allows for you to become acclimated to stres
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@jordan_efitness
It doesn’t always manifest itself in terms of structural changes or typical output driven metrics but it allows for you to become acclimated to stressors in a way that faster movements don’t always afford. When your forced to slow down you develop better motor control at a local level and dampen typical fear responses (quicker then rapid movements in novel ranges). As you scale load you present a new challenge and opportunity to continue the habituation process This isn’t all you need and rarely is any variable quality in training all you need to address. It is simply a means of providing a broader foundation for you to amplify with higher velocity movements that further touch on those ranges Minimizing velocity is just a simpler problem for our motor control system to solve - atleast until you swing towards the total opposite side of the force velocity continuum So if you want to be prepared at the highest level you need that graded exposure that is often easiest to enter at low velocities
#Vectorquantity Reel by @swolewithseth - Wouldn't it be nice to get close to 1RM level neural output with less fatigue and lower injury risk? That's where overcoming isometrics come in. They
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@swolewithseth
Wouldn’t it be nice to get close to 1RM level neural output with less fatigue and lower injury risk? That’s where overcoming isometrics come in. They primarily drive neural adaptations by improving maximal motor unit recruitment and intent. Short, high-intent efforts (~3 seconds) can also contribute to improvements in rate of force development (RFD). Because there’s minimal coordination, accuracy, or stability demand, the athlete—not the movement—is the limiting factor. This allows for maximal output without the constraints of traditional lifts (especially when using tools like belts or straps). They’re also effective for PAP (post-activation potentiation). From a programming standpoint, overcoming ISOs pair well with speed work. They help build force and stiffness in specific joint angles that transfer directly to sprint positions. This clip was taken after max velocity work. I paired the ISO with a trap bar jump (2.4 m/s peak cutoff), targeting RFD, total neural output, and stiffness in positions specific to sprinting—while also potentiating the following movement.
#Vectorquantity Reel by @drbenbuckner - Your body isn't built to only move forward and backward. It was built to rotate, shift, and transfer force. Most programs stay in bilateral straight l
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@drbenbuckner
Your body isn’t built to only move forward and backward. It was built to rotate, shift, and transfer force. Most programs stay in bilateral straight line training. Both feet planted, both hands moving together, everything symmetrical. Life and sport isn’t like that. You walk, you run, cut, reach, and throw in asymmetrical rotational patterns every day. This is where rotational and unilateral training comes in to play! ✔️ improves force transfer through the body. ✔️ builds strength through multiple positions through large ranges of motion. ✔️ improves mobility and control That doesn’t mean squats, deadlifts, and bench pressing is bad - they are foundational movements. But a well rounded program has a balance! If you’re only training in straight lines you’re leaving a lot on the table.
#Vectorquantity Reel by @kim_moscatello (verified account) - What stiffens your ranges of motion isn't putting muscle on your frame. It's only utilizing certain ranges and planes of motion when you train which
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@kim_moscatello
What stiffens your ranges of motion isn't putting muscle on your frame. It's only utilizing certain ranges and planes of motion when you train which cause you to adapt to them and only them. Thats all. So you want muscle that moves? Build it. Move it. Do fundamental lifts stabilized for better force expression and pure hypertrophy focus. Go lighter in the same lifts and move more joints at the same time on purpose. Or practice some patterns/ positions (like sitting on the floor instead of on a bench) that are not in the pocket of fundamental lifts and you rarely do at all with light to moderate weight and get weird. Use them as accessories but work them intensely. Its not a trade off. Nor is it as complicated or time consuming as IG would have you believe. We need muscle volume. And it needs to move. Do both. And youll have both
#Vectorquantity Reel by @jcravens3 - I like to use isometric variations like these in rehab and performance alike. Yielding isometrics help build: - Build positional control and body awa
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@jcravens3
I like to use isometric variations like these in rehab and performance alike. Yielding isometrics help build: - Build positional control and body awareness - Improve tissue tolerance throughout ranges of motion - Can improve strength (if loaded heavy enough) in positions that may be weak I’ll typically use them early in a session as prep work to groove positions and get the right tissues engaged before heavier lifting. They can also show up later in a session to challenge control and strength - endurance under fatigue. You can start with simple bodyweight holds, utilize loaded holds as soon as able AND BUILD THEM UP, and even add small pulses to increase tension and stability demands. Different ways to apply a similar tool depending on the goal.

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